AAAI Press / Creative Commons / Intel / Hindawi Publishing Corporation / Australia Queensland Research Laboratory / /
Country
United States / Spain / / /
Facility
Griffith University / I-TASSER pipeline / square of Euclidean / /
IndustryTerm
constraint-based local search algorithm / simplified energy function / local search / simplified energy models / search spaces / constraint-based local search system using lazy propagation / sequence culling server / statistical energy models / search guidance / constraint-based local search / greedy chain growth algorithm / lower energy values / interaction energy / energy functions / growth algorithms / energy / constraint-based local search framework / simplified energy functions / energy function / energy methods / empirical contact energy definitions / genetic algorithm / genetic algorithms / refinement algorithm / search techniques / web server / empirical energy model / guided search / energy models / hybrid local search / chain growth algorithms / minimum free energy / energy model / /
Organization
WCB / Australian Government / National Academy of Sciences / Australian Research Council / Institute for Integrated and Intelligent Systems / Federal Communications Commission / Griffith University / ICT Centre of Excellence Program / Department of Broadband / Communications and the Digital Economy / /
Person
M. A. Hakim Newton / Abdul Sattar / R. L. Dunbrack Jr. / M. J. Maher / M. T. Hoque / A. Hakim Newton / G. Wang / M. Cebri´an / Bhaskar Dasgupta / S. Shatabda / P. Van Hentenryck / A. Sattar / D. N. Pham / D. Nghia Pham / P. Clote / M. A. Rashid / I. Dotu / Martin Mann / /
Position
Constraint Programming Model for Protein Structures / Academic Editor / /
ProgrammingLanguage
C++ / /
PublishedMedium
Journal of Molecular Biology / Proceedings of the National Academy of Sciences / Journal of Computational Chemistry / Nucleic Acids Research / /
How Good Are Simplified Models for Protein Structure Prediction?